内感受器

肾传入纤维主要包括Aδ和C类纤维，起源于肾内感受器。

The afferent renal nerves that contain both A δ and C fibers are stemmed from intrarenal sensory receptors .

作为胆酸的细胞内感受器，FXR的主要功能是通过调控参与胆酸合成，运输，结合反应和解毒等代谢过程的各种基因的表达来维持胆酸代谢的平衡。

The major function of FXR is to control bile acid homeostasis by regulating the expression of genes involved in bile acid synthesis , transportation , conjugation and detoxification .

肾内感受器对家兔心率变异性的影响

Effect of Stimulation of Renal Mechanoreceptors on HRV in Rabbits

刺激家兔肾内感受器的传入神经活动观察

Observation on the afferent nerve activty induced by STMULATION of renal receptors in the rabbits

肾内感受器对家兔心功能的影响及电针效应

Effect and Electro Acupuncture Response of the Renal Mechanoreceptors on the Cardiac Function in Rabbits

猫胫前肌内的感受器的组织学观察

Histological observation of receptors in musculus tibialis anterior of cat

当细胞DNA发生损伤时，PARP可作为细胞内的分子感受器，识别、结合到DNA断裂处，并被激活。

When DNA damages of cells appear , as a kind of molecular sensor of cells , PARP will recognize and bind to DNA breakages , then be activated .

刺激脑内渗透压感受器能降低大鼠管球反馈的敏感性

Stimulation of the brain osmoreceptor attenuates the sensitivity of TUBULO-GLOMERULAR feedback in rats

垂体在刺激脑内渗透压感受器引起的肾脏反应中的作用

Role of the hypophysis in the renal responses upon stimulation of the brain osmoreceptor

刺激脑内渗透压感受器对大鼠肾小管重吸收钠、氯、钾的影响

The effects of stimulation of the brain osmoreceptor on the tubular reabsorption of sodium , chloride and potassium in rats

此时，若撤除呼气末正压而减少气道内压力，感受器活动恢复正常，即冲动频率于气管压峰值时为最高，在呼气相减少或终止。

Removing PEEP reduced basal cyclic stimulation and returned the discharge pattern to normal , that is , SAR activity was highest at peak inflation pressure but silent during deflation .

目的：AMPK是骨骼肌内重要的能量感受器，其表达水平和激活程度与运动训练、运动耐力密切相关，但迄今为止，AMPK对运动耐力调控的作用机制尚不清楚。

Objective : AMPK is an important energy sensor in skeletal muscles . AMPK expression and its activation level are closely related to training and exercise endurance , but so far , the mechanisms underlying in AMPK regulation of exercise endurance is unclear .

结论间歇性外斜视患者弱侧眼外肌内直肌及其本体感受器发生了病理性改变，可能与间歇性外斜视病因及发病机制有关。

These alterations are probably related to the etiology and pathogenesis of intermittent exotropia .

方法于肾盂内加压刺激肾内机械感受器（renalmechanoreceptors，RM）或夹闭颈总动脉，作HRV频域分析。

Methods By elevating the pelvis pressure and stimulating RM or to clamping the right carotid artery , HRV was calculated by frequency domain analysis .

方法采用23只麻醉家兔，以心肌力学参数为指标，观察肾盂内加压刺激家兔肾内机械感受器对心功能的影响及其电针效应。

Method Observations were made of the effect of the elevated ureteral pressure and stimulated the renal mechanoreceptor on the cardiac function in 23 anaesthetized rabbits under the guidance of myocardial mechanics and response to the electro acupuncture .

这些结果表明：在夹闭双侧颈总动脉后，椎动脉内压减低时的血压升高，不是通过椎动脉内感受器的作用，而是通过颈动脉窦区的反射机制引起的。

These results indicated that after clipping both common carotid arteries , the rise of the arterial blood pressure in lowering the vertebral arterial pressure was not induced by the action of the receptors in the vertebral arteries , but by the reflex mechanism in the carotid sinus regions .